A Speculative Black-Hole Cosmological Model: Universal Vacuum, Catastrophic Ejection, and Emergent Patterns

Abstract

This paper presents a speculative cosmological model based on a finite total amount of mass-energy. In the proposed model, mass-energy progressively accumulates within a black hole and becomes increasingly compressed. At an extreme state called the Universal Vacuum, the black hole reaches a finite capacity. When full capacity is reached, extreme compression produces instability, leading to a rapid collective ejection. The ejection itself is identified with the Big Bang. The released mass-energy becomes distributed through rapid expansion and a highly chaotic environment. The model then proposes hypothetical subatomic entities called quirks, capable of exchanging physical information and possessing a property called Adapt. Through interactions, random patterns may arise, while compatible and stable configurations persist and can be reproduced. Over time, increasingly complex configurations could give rise to particles, atoms, elements, molecules, and larger structures. The model further proposes that properties such as mass, velocity, and gravity may emerge from collective interactions. The model is speculative and is presented as a conceptual proposal rather than established physics.